Industrial Liquid Nitrogen Cooling System

Lin is an effective and convenient refrigerant due to its availability low cost and inert properties.

Industrial liquid nitrogen cooling system.

Liquid nitrogen lin is used in innovative cooling and freezing technologies. Our patented application system delivers liquid nitrogen which creates uniform cooling to obtain desired set times and windows of finishability. The operating principle is the same cooling system dry ice but in this case the copper pot is filled with liquid nitrogen and then be positioned as a heat sink above the cpu. Although most systems use nitrogen ln2 as a coolant due to its availability and or temperature range any cryogenic fluid can be used within the same design parameters.

For working with concrete in hot weather our cryocrete concrete cooling systems use liquid nitrogen as an alternative to traditional cooling methods. This is concrete for the 21st century. The roboclocker was designed by kingpin and illya tin tsemenko and adopts some ideas from the liquid water cooling realm for ln2 cooling. In addition to the cooling the evaporated gaseous nitrogen creates a low oxygen containing atmosphere in the press opening.

It is important that a high quality vacuum insulated pipe is used to prevent heat absorption and the development of significant two phase flowing liquid. By using nitrogen for die cooling you may increase your extrusion rate by up to 50. The cumulus fluid temperature control system is part of the line of indirect cooling systems that use liquid nitrogen to cool a heat transfer fluid. In these systems cryogenic ln2 is transported to the customer s application where the cold fluid extracts energy from the system by heating up and or by evaporation.

The cooling process is automated through a closed loop. Cool while batching to avoid interruption without sacrificing quality. Manufacturing metal fabrication nitrogen is used as an effective way to prevent oxidation and provides a safe inert atmosphere that sweeps off gases produced by furnaces. Gaseous nitrogen gan can inert vessels and purge lines to eliminate explosion hazards and prevent undesired oxidation reactions that can reduce product quality.

This fluid can be circulated to various types of process equipment to achieve temperatures of 100 c or below with a degree of control within 1 c. Nitrogen properties work well with aluminum because it is an inert gas that can decrease high heat temperatures quickly and efficiently. There are three primary options for cooling reaction vessels with lin. The cooling system consists of liquid nitrogen to cool the cpu with liquid nitrogen which has an evaporation temperature of 196 c.

Liquid nitrogen may provide a design engineer more confidence in the cooling system s control as well as allow a chemist the full flexibility needed when choosing which synthesis route to follow.